3D Capturing with Monoscopic Camera


Гълъбов, Мирослав (2014) 3D Capturing with Monoscopic Camera Radioengineering, Volume 23, Number 4, December 2014,pp.1208-1212, ISSN 1210-2512.


 This article presents a new concept of using the auto-focus function of the monoscopic camera sensor to estimate depth map information, which avoids not only using auxiliary equipment or human interaction, but also the introduced computational complexity of SfM or depth analysis. The system architecture that supports both stereo image and video data capturing, processing and display is discussed. A novel stereo image pair generation algorithm by using Z-buffer-based 3D surface recovery is proposed. Based on the depth map, we are able to calculate the disparity map (the distance in pixels between the image points in both views) for the image. The presented algorithm uses a single image with depth information (e.g. z-buffer) as an input and produces two images for left and right eye.
  Статия
 3D capturing; 3D content; Multi-view camera


Природни науки, математика и информатика Информатика и компютърни науки

Natural sciences, mathematics and informatics Informatics and Computer Science

 Издадено
  14168
 Мирослав Гълъбов

1. Kaller, O., Bolecek, L., Polak, L., Kratochvil, T., Depth map improvement by combining passive and active scanning methods, Radioengineering 25 (3), pp. 536-547,2016

Научният архив поддържа инициативата за отворен достъп OAI 2.0 с начален адрес: http://da.uni-vt.bg/oai2/